MP60-E
MP60-E is PENTIUM PRO PROCESSOR VOLTAGE REGULATOR MODULE manufactured by SEMTECH.
ESCRIPTION
The MP60 series of power modules are economical switching DC/DC converters with an integral connector conforming to Intel Corporation’s Voltage Regulator Module specification for the Pentium® Pro Processor. The modules have additional monitoring functions for Power Good Signal, Output Enable and Upgrade Present. The output voltage can be set between 2.1V and 3.5V by means of a four bit voltage identification code, to support current and future versions of the Pentium Pro and Over Drive® processor variants. To power Pentium II processors (VRM 8.1) use MP60-F or MP60-G.
Features
- Integral 40-pin header connector
- Programmable output voltage to suit processor
- -
- (by VID code); adjustable from 2.1 to 3.5V Maximum output current 15A Efficiency >80% at full load Designed to specifications for Intel Pentium® Pro Processor voltage regulator module
APPLICATIONS
- Intel Pentium® Pro Power Supply
- Deshutes Memory Power Supply (2.5V)
ORDERING INFORMATION
DEVICE MP60-E MP60-E-HC IOUT 13A 15A VOUT (volts) 4 Bit Programmable 4 Bit Programmable
ELECTRICAL CHARACTERISTICS
Conditions: VO = 3.1V, VIN = 4.75
- 5.25V, IO = 10A, unless otherwise stated.
PARAMETER Output Voltage Output Current MP60-E Output Current MP60-E-HC Current Surge Limit MP60-E Current Surge Limit MP60-E-HC Output over voltage protection Output slew rate Quiescent Current Temperature Coefficient Temperature Stability Operating Efficiency (full load) Switching Frequency DC output ripple voltage Operating Temperature Range
SYMBOL VO IO IO IS IS
MIN 0.95IVOl 0.3 0.3 15 16.5 30 1
MAX 1.05l VOI 13 15
Setpoint + 20% IQ TC TS η f SW TJ
TBD TBD 80 200 0 48 60
UNITS V A A A A V A/µs m A %/°C % % k Hz m Vp-p °C
Pentium and Over Drive are registered trademarks of Intel Corporation
© 1997 SEMTECH CORP.
652 MITCHELL ROAD NEWBURY PARK CA 91320
PENTIUM PRO PROCESSOR VOLTAGE REGULATOR MODULE
November 3, 1997 INPUT AND OUTPUT CONNECTIONS Pin No. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 Row A...